Sentence examples for rigid space from inspiring English sources

Cai et al. work is to deal with the leader-following attitude control of multiple rigid space system systems [7].

A new approach, termed MIC (Magnetically Inflated Cable) that enables large, lightweight very strong and rigid space structures is described.

Lu et al. research is to deal with an adaptive attitude tracking control for rigid space system with finite-time convergence [4].

Hereinafter, Kuo et al. work is presented in the area of attitude dynamics and control of miniature space system via pseudo-wheels, once Zhang et al. research is given in attitude control of rigid space system with disturbance generated by time varying exo-systems [8, 9].

Lu et al. have proposed a design of control approach for rigid space system attitude tracking with actuator saturation, where Pukdeboon et al. have suggested an optimal sliding mode controller for attitude tracking of space system via Lyapunov function [12, 13].

Afterwards, time-varying sliding mode control in the area of rigid space system attitude tracking is presented by Yongqiang et al., while adaptive sliding mode control with its application to six-DOF relative motion of space system under input constraint is given by Wu et al. [14, 15].

Rigid spacing units between each loaded amino acid minimize the likelihood of the catalytic arm encountering an out of sequence amino acid.

As with the collaborative nucleosome competition mechanism mentioned previously, these types of interactions would not be expected to have rigid spacing and orientation constraints.

Second, IMMADs tend to occur in specific pairs (see summary in Table  6), most of the time with no rigid spacing constraint (minisatellites representing an exception).

Some support for this proposal comes from recent examples from Hirose et al. and Sissel and co-workers, and Stoddart and co-workers, who in different systems with rigid spacing units found no correlation between spacer length and shuttling rate.

With a focus on a number of state-of-the-art techniques in the area of autonomous non-rigid space systems control, realization of a comprehensive strategy is worthy of investigation to handle a set of parameters of the present overactuated processes with model uncertainties.